2011 KIA Ceed 1.4L Petrol · LR11 XEB

A clear pattern of front suspension wear is the defining mechanical story of this fifteen year old Kia Ceed, with the most recent test on 2 December 2025 culminating in a Major failure for an excessively worn nearside front upper anti-roll bar linkage ball joint. Although the vehicle ultimately passed on the same day after the linkage was presumably addressed, the underlying advisories remained: front lower arm bushes perishing on both sides, rear upper arm inner and outer bushes worn on both sides, uneven wear on the offside rear brake pads, and a nearside front tyre at just 2 mm with cracking and perishing across both edges. The fact that multiple bush locations on both the front and rear axles are showing perishing and wear at the same time suggests the polyurethane and rubber components are reaching the end of their service life as a set. The 2024 test was a clean pass with no advisories at all, and the 2023 test only noted tyre wear and perishing on the rears, which means the suspension deterioration has developed rapidly within the last twelve to twenty-four months rather than being a slow, long-standing issue. The recorded mileage of 72,811 miles equates to roughly 4,850 miles per year, which is well below the typical mileage for a car of this age and indicates either genuinely light use or significant periods of standing. The MOT history shows tests in June 2023, May 2024, November 2024, and then December 2025, which suggests the vehicle has been used regularly enough to keep within the testing cycle, but the low annual accumulation means components such as brake discs, calipers, bushes, and brake pad backing plates may have suffered from surface corrosion and moisture ingress during periods of inactivity. There are no anomalous mileage jumps or unexplained gaps between tests, so the recorded odometer readings are internally consistent and there is no immediate concern about clocking, though the buyer should still verify the continuous mileage on the V5C document. For a prospective buyer, the priority inspection area is the front suspension geometry and anti-roll bar system, given that a ball joint had to be replaced just to pass the December 2025 test. On a test drive, listen for clonking or rattling noises from the front over speed humps and uneven road surfaces, and pay particular attention to any knocking when turning the steering at low speed, which would indicate further wear in the anti-roll bar drop links or the adjacent bushes. Have the car jacked up and firmly rock each front wheel at the three and nine o'clock positions to check for play in the drop link joints, and grip the lower suspension arms and attempt to move them relative to the subframe to confirm the perished front lower bushes have not deteriorated further since the advisory was issued. Uneven tyre wear on both edges of the nearside front tyre, as recorded, also points to possible camber or tracking issues that may have accelerated the suspension component wear, so a four-wheel alignment check would be prudent after any suspension work. The braking system warrants close attention because of the uneven wear noted on the offside rear brake pads, which can indicate a binding or partially seized rear caliper on that side. On the road, the car should pull away cleanly without a pulling sensation to one side under braking, and the rear calipers should be inspected for smooth operation and free piston travel rather than relying purely on the brake pedal feel. The nearside front tyre will need immediate replacement given the recorded 2 mm tread with cracking and perishing, and the opposite front and both rear tyres should be measured with a tread depth gauge because age-related perishing rather than mileage alone is the dominant wear factor here. Finally, inspect the rear upper arm inner and outer bushes for cracking or splits by hand where possible, and budget for a complete set of front and rear suspension bushes alongside the anti-roll bar components if any knocking or movement is detected during the test drive.